Overseas Experience Center Lighting Case | India

Dual DALI Sky Lighting Solution for a Premium Experience Space

Project Overview

• Project Type: Overseas Customer Experience Center

• Location: India

• Control System: DALI

• Application Areas: Experience Area / Display Area

Lighting Products Used

1. E6001200 Sky Light

• Quantity: 5 units

• Power: 300W

• Driver: DALI

• Application: Main experience area, providing high-output and uniform sky illumination

2. P-T6001200 Sky Light (Ultra-Slim Version)

• Quantity: 12 units

• Power: 100W

• Thickness: 36 mm (ultra-slim design)

• Driver: DALI

• Application: Secondary display areas, offering flexible installation with a clean ceiling appearance

Project Background

The experience center was designed to showcase products in a comfortable, immersive, and professional environment.
High requirements were placed on lighting quality, ceiling aesthetics, and intelligent control, especially for long-term operation and visitor comfort.

Lighting Solution

A dual-product sky lighting solution was implemented using DALI control.

The E6001200 (300W) fixtures deliver powerful and uniform illumination, simulating natural sky light in the main experience areas.

The P-T6001200 ultra-slim fixtures, with a thickness of only 36 mm, were applied in areas with stricter ceiling constraints, ensuring a clean and modern visual appearance without compromising lighting performance.

Both lighting systems work together seamlessly, offering stable control, smooth dimming, and consistent light quality across different zones.

Project Results

The completed lighting system significantly improves spatial openness and visual comfort. 

The experience center now features bright, soft, and evenly distributed light, creating an environment that closely resembles natural daylight.

This project demonstrates the flexibility and reliability of sky lighting solutions in international commercial and experience-based spaces.

Our company focusing on the lighting technology of Rayleigh scattering optical phenomenon, using white LED-precision micro-optics - nano scale material technology -IOT algorithm to simulate the 24-hour automatic change process of sunlight, and highly restore the natural scene of sunlight shooting into the room from thousands of miles high.

The clear blue sky and warm sunshine into the indoor lighting, widely used in insufficient lighting space or easy to continuous rain and snow in the longitude and latitude area.